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Review of all the topics and exam preparation
Successful Vibration monitoring program
Setting baseline and alarm limits
Acceptance testing and ISO Vibration standards
Trending of vibration signatures
Report generation for route survey
Report generation for trouble shooting
Industrial Case studies
Corrective action
Shop balancing methodologies
Static and on-site balancing in field (Live demo)
Balancing grades
Soft foot corrections (Live demo)
Correcting Misalignment
Equipment testing and diagnosis
Practical approach for impact testing (Bump test)
Phase analysis in detail
Motor current signature analysis
Broken rotor bars
Pole pass frequency
Introduction to analysis of steam turbines/ Gas turbines
Types of journal bearings
Introduction to monitor journal bearings
Rolling mills and paper mills monitoring and diagnosis
Structural vibration analysis (response analysis/ natural frequency prediction)
Seismic Vibration (sensing, analysis, prediction fundamentals)
Automotive Testing analysis
Industrial Case studies
Detailed Machinery Fault Analysis
Natural frequency and resonance tests (Practical approach)
Coast up and Coast down data (Brief introduction on transients)
Imbalance, eccentricity and bent shaft
Misalignment, cocked bearing
Soft foot conditions
Mechanical looseness and common forms of looseness
Rolling element bearing analysis (PkVue/ Envelopig/Cepstrum/HFD)
Gearbox analysis / Cepstrum Analysis
Rubs
Bent shaft
Orbit analysis/ Precision (forward & Reverse)/ Oil whirl/Whip
Industrial case Studies
Signal processing
Importance of time waveform
FFT Application
Sampling rate
Noise reduction in the data
Dynamic Range
Time windows (Hanning, rectangular, flat-top)
Filters (High pass, low pass, band pass)
Anti aliasing
Bandwidth, Lines of resolution
Averaging (Linear, exponential, Synchronous time)
Mapping
Introduction to Machinery Vibration
Periodic and random motion
Frequency and TWF in depth
Importance of speed in accurate diagnosis
Phase analysis
Electrical and Mechanical relationship
Detailed Time waveform analysis
Harmonics, sub harmonics, synchronous and non synchronous
Importance of side bands in frequency spectrums
Clipped wave, square wave
Amplitude and frequency modulation
Understanding signal pattern
Vibration and Structure (static equipment/ pipes/ bridges/ high speed rails
Automotive vibration and comfort
Introduction to Machinery Vibration
Periodic and random motion
Frequency and TWF in depth
Importance of speed in accurate diagnosis
Phase analysis
Electrical and Mechanical relationship
Detailed Time waveform analysis
Harmonics, sub harmonics, synchronous and non synchronous
Importance of side bands in frequency spectrums
Clipped wave, square wave
Amplitude and frequency modulation
Understanding signal pattern
Vibration and Structure (static equipment/ pipes/ bridges/ high speed rails
Automotive vibration and comfort
